TOM: Don't be absurd! How could you know what was missing from myinfinite list?

CAM: I changed the first digit of the first real in your list!

A real beginning 0.0... is different than your 1st real!A real beginning 0.1... is different than your 1st real!A real beginning 0.2... is different than your 1st real!A real beginning 0.3... is different than your 1st real!A real beginning 0.4... is different than your 1st real!A real beginning 0.6... is different than your 1st real!A real beginning 0.7... is different than your 1st real!A real beginning 0.8... is different than your 1st real!A real beginning 0.9... is different than your 1st real!

TOM: OK here is 1 more digit from my list. X is currently unknown.

0.5...0.X3...

CAM: I can describe roughly 81 missing reals from your list!

TOM: OK here are 2 more digits from my list to add!

0.56...0.73...

CAM: Now I can describe nearly 162 missing reals from this list

0.56..0.73..

and this list

0.73...0.56...

*****************************

In fact, CAM can show up to ( barring duplicates )

9*9*9*9*9....*9 *N*N-1*N-2*....*2*1

MISSING REALS just by perusing the first N digits of the first Nreals!

By the Pigeon Hole principle, this is MAGNITUDES GREATER

than the total possible number of digit combinations possible with Ndigits!

In Fact, give a medium sized list of reals you could fit in a sheet ofpaper